HP Spectre x360 13.5 14-ef2002ne
The HP Spectre x360 13.5 (2023) 14-ef2002ne is a premium 2-in-1 laptop from HP. Here are the key specifications of this model:
- Processor: 13th Generation Intel Core i7 10-core processor.
- Display: It features a 13.5-inch AMOLED 3K+ (3000x2000 pixels) touch display with 400 nits of brightness. The AMOLED technology offers vibrant colors and deep blacks.
- Design: The laptop comes in a black color variant, giving it an elegant and sleek appearance.
- RAM: It likely has a high-capacity RAM option, but the specific details aren't provided. However, HP Spectre x360 models usually come with a minimum of 8GB RAM, and higher configurations may be available.
- Storage: The storage options could vary, but previous models have offered SSD options ranging from 256GB to 1TB. It's possible that this model may offer similar or higher storage capacities.
- Graphics: The integrated graphics processing unit (GPU) is not specified. However, HP Spectre x360 laptops generally come with Intel Iris Xe Graphics, which offer decent performance for most tasks including casual gaming.
- Operating System: It's likely to come pre-installed with Windows 10 or the latest version of Windows 11.
- Connectivity: Expect to have Wi-Fi, Bluetooth, and USB Type-C ports for connecting peripherals and accessories. Other ports, such as USB-A and HDMI, might also be present.
- Battery: The battery life will depend on usage patterns, but previous models of HP Spectre x360 laptops typically offer all-day battery life with moderate usage.
- Additional Features: It may include features such as a backlit keyboard, fingerprint reader, HP Active Pen support for stylus input, and facial recognition for enhanced security.
Please note that the above specifications are based on general information about HP Spectre x360 laptops and may not be specific to the exact model you mentioned. It's always a good idea to check the official HP website or contact HP support for the most accurate and up-to-date information on a particular laptop model.